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i want to simulate a naturally ventilated double-skin facade using energyplus. this model consists of a single zone building but introduces another uncontrolled zone for facade cavity. the outer glazing has upper and lower opening and naturally, the air will in through the lower opening, heated up in the cavity and passed out through upper opening. in that case, how can i measure this inlet, outlet and cavity air temperature?

i want trying to simulate a naturally ventilated double-skin facade using energyplus. energyplus airflow network objects. this model consists of a single zone building but introduces another uncontrolled zone for facade cavity. the outer glazing has upper and lower opening and naturally, the air will in through the lower opening, heated up in the cavity and passed out through the upper opening. in that case, how can i measure this inlet, outlet and cavity air temperature? temperature?

trying to simulate a naturally ventilated double-skin facade using energyplus airflow network objects. this model consists of a single zone building but introduces another uncontrolled zone for facade cavity. the outer glazing has and inner glazings both have operable upper and lower opening and opening. naturally, the air will in through the lower opening, heated up in the cavity and passed out through the upper opening. in that case, how can measure this inlet, outlet and cavity air temperature?

trying to simulate a naturally ventilated double-skin facade using energyplus airflow network objects. this model consists of a single zone building but introduces another uncontrolled zone for facade cavity. the outer and inner glazings both have operable upper and lower opening. naturally, the air will in through the lower opening, heated up in the cavity and passed out through the upper opening. in that case, how can measure this inlet, outlet and cavity air temperature?

trying to simulate a naturally ventilated double-skin facade using energyplus airflow network objects. this model consists of a single zone building but introduces another uncontrolled zone for facade cavity. the outer and inner glazings both have operable upper and lower opening. naturally, the air will in through the lower opening, heated up in the cavity and passed out through the upper opening. in that case, how can measure report this inlet, inlet and outlet and air temperature of the facade cavity air temperature?in energyplus?

trying to simulate a naturally ventilated double-skin facade using energyplus airflow network objects. this model consists of a single zone building but introduces another uncontrolled zone for facade cavity. the outer and inner glazings both have operable upper and lower opening. naturally, the air will in through the lower opening, heated up in the cavity and passed out through the upper opening. in that case, how can report this inlet and outlet air temperature of the facade cavity in energyplus?

trying to simulate a naturally ventilated double-skin facade using energyplus airflow network objects. this model consists of a single zone building but introduces another uncontrolled zone for facade cavity. the outer and inner glazings both have operable upper and lower opening. naturally, the air will in through the lower opening, heated up in the cavity and passed out through the upper opening. in that case, how can report this inlet and outlet air temperature of the facade cavity in energyplus?